For student with a master degree:  
Weekly Lecture Hours Credits 
Compulsory Courses
APME803 Advanced Instrumentation for Materials Characterization 3 3
APME825 Advanced Quantum Mechanics 3 3
APME827 Research Ethics 0
APME828 Research Writing 4 1
APME899 Doctoral Thesis 18
1 required elective course from the list of elective courses 3 3
  Grand Total 28
     
For student without a master degree:  
     
Weekly Lecture Hours Credits
Compulsory Courses  
APME803 Advanced Instrumentation for Materials Characterization 3 3
APME825 Advanced Quantum Mechanics 3 3
APME827 Research Ethics 0
APME828 Research Writing 4 1
APME899 Doctoral Thesis 18
 5 required elective courses from the list of elective courses 3 15 
  Grand Total 40
     
List of elective courses:  
    Weekly Lecture Hours Credits
APME801 Solid State Physics 3 3
APME807 Thin Film Physics 3 3
APME814 Advanced Electrochemical Energy Conversion and Storage 3 3
APME820 Advanced Optoelectronics 3 3
APME821 Advanced Laser Spectroscopy Technology 3 3
APME822 Transmission Electron Microscopy 3 3
APME824 Special Topics in Applied Physics and Materials Engineering 3 3
APME829 Advanced Inorganic Chemical Synthesis 3 3
APME830 Advanced Mechanics of Materials 3 3
APME831 Advanced Micro and Nano-systems: from Fundamentals to Applications 3 3
APME832 Advanced Organic-Inorganic Engineering Materials 3 3
APME833 Nanomaterials and Nanochemistry 3 3
APME834 Semiconductor Physics 3 3
APME835 Advanced Materials Science and Engineering 3 3
APME836 Advanced Electromagnetism and Modern Scattering Techniques 3 3